• Select the plot style by selecting from the menu. See the plot style directions section below.
• Select the Axis body to determine the body used for the supplementary labels (radius, latitude, local time) on the time axis. These do not appear for every plot. The L value will still be for Saturn.
• Select if you want to average the data. Not all data can be averaged at this time. A notice will be printed out if the data can not be averaged.
  • The normal method of averaging sums the data over the time range and divides by the number of samples per time range.
  • The time weighted method of averaging sums the data times it's accumulation time over the time range and divides by the total accumulation time.
  • The interval fields allow the user to select a number and interval type: seconds, subsectors, sectors and spins.
  • The Pre-Transform averaging is better to use for very long time ranges because it reads the data in one day at a time, averages it and concatenates the data together beform doing any selected transformations on it.
  • The Post-Tranform is the default method to use for averaging. It performs the averaging after any selected transforms have been done.
• Select the Plot file output background color.
  • If white is selected The files have a _wht. label added to the filename.
• Select the color map option.
• Enter the start and stop year, day of year and hours.
• Select the Plot Output Type.
  • For the File output types click on the File label with the right mouse button and use Save Link Target.
  • Or click on the image with the right mouse button and use Save Image As.
• Select Update Window button.
  • To page from one day to the next, use the << or >> buttons.
  • To page across more than one day, edit the Amount (doys) field and use the << or >> buttons..

MIMI Standard Product Plot Style Descriptions:

INCA Rates:
The INCA rates plot displays the periodic readouts of the start, stop, and coincidence detectors in counts as line plots on a logarithmic scale. The bottommost plot is a spacecraft orientation plot.

CHEMS Rates:
The CHEMS rates plot displays the periodic readouts of the start, stop, energy and time-of-flight detectors from the three telescopes, in counts as line plots on a logarithmic scale. The bottommost plot is a spacecraft orientation plot.

LEMMS Rates:
The LEMMS rates plot displays the periodic readouts of the accumulator channels from the two telescopes, in counts/accumulator as line plots on a logarithmic scale. It also includes a plot of the priority channels that are sampled more frequently in counts/accumulator on a logarithmic scale. The bottommost plot is a spacecraft orientation plot.

LEMMS Priority:
The LEMMS priority plot displays the priority channel data in a turntable clock angle spectrogram. The antenna angle is 0 degrees from -Z axis of the spacecraft. 90 degrees corresponds to +X axis of the spacecraft. The bottommost plot is a spacecraft orientation plot.

LEMMS, CHEMS and INCA Spectrogram:
This set of spectrograms displays the LEMMS PHA ions bins 17-32, and electrons from bins 27 - 59. The CHEMS spectrograms are H+ for BR0Sum and BR3Sum and W+ for O+D_Sum and O+T_Sum. The INCA image spectrogram is created by summing the individual images for each TOF into one value.

LEMMS Motor:
The LEMMS Motor plot displays just the housekeeping flags and values which are used to calculate the motor position.

Analog Converted Temps:
The analog converted temperature plot displays the more important instrument temperatures in degrees Centigrade and valid and invalid command counts on linear scale line plots.

Analog Converted Currents:
The analog converted currents plot displays the more important currents in milliamps respectively on linear scale line plots.

Analog Converted Volts:
The analog converted voltages plot displays the more important voltages in volts on linear scale line plots.

INCA Dischages:
The INCA Dischages plot is a plot of the INCA High Voltage number of dischages along with the INCA high voltage current. This plot is ONLY present if there were any dischages for that day.

Spacecraft Orientation:
In the top half of the top plot, lines will indicate if the LEMMS low energy telescope is looking within 20 degrees of the sun. Lines in the lower half of the top plot will indicate if the LEMMS high energy telescope is looking within 20 degrees of the sun.

The second to the top plot is of the Z spin flag that will plot a green line if it is set to 1 (MIMI in spin mode) and a pink line if the C kernel used is a predicted one. The other plots list angles in degrees 0 - 180 from the s/c axis to NEP, Sun and planet. The data closest to 0 and 180 should stand out.

Axis	Degrees	Color
-X	90-180	blue
	0 - 89.9	red
-Y	90-180	gray
	0 - 89.9	orange
-Z	90-180	green
	0- 89.9	hot pink

170-180	Thick line
135-169.9	Medium line
45-134.9	Thin line
10-44.9	Medium line
0-9.9	Thick line

Data Validity:
The top plot displays a thick colored bar if the INCA instrument is in ion mode (where the collimator voltage is less than a threshold value). If the voltage on the collimator is outside the normal expected value, a thin bar is plotted.

The rest of the lines in the data validity plot display the L1a data validity measurements. For most of the data types this consists of if the data is present. For the auxiliary data the line indicates that the sector start of time data was present. The auxiliary start of sector time is used in the timing calculation for all the data types except for housekeeping.

Data Volume:
The top graph in the Data Volume plot displays the individual sensor bit rates and the telemetry mode.

The next 3 plots display the amount of data recieved from the individual sensor data types in bits per seconds.

The TotWdsAccm plot displays the total words accumulated including all sensor data, auxillary, and housekeeping data.

The following plot shows the science, science contained housekeeping data and the total in bits per second. (The housekeeping bits per second is constant).

The next plot displays the spin rate in seconds.

The last 2 plots show the spacecraft engineering data fields. MIMIdp_CPL is the number of MIMI science current packets lost. MIMIdp_P2bR is the MIMI science packets to be recorded.

Predicted Data Volume:
The top graph in the Predicted Data Volume plot displays the actual individual sensor bit rates and the telemetry mode.

The next 3 plots display the predicted amount of data recieved from the individual sensor data types in bits per seconds.

The TotWdsAccm plot displays the predicted total words accumulated including all sensor data, auxillary, and housekeeping data.

The following plot shows the science, science contained housekeeping data and the total in bits per second. (The housekeeping bits per second is constant).

The next plot displays the actual spin rate in seconds.

The last 2 plots show the actual spacecraft engineering data fields. They may not be there if the data was not found. MIMIdp_CPL is the number of MIMI science current packets lost. MIMIdp_P2bR is the MIMI science packets to be recorded.

Difference Data Volume:
The top graph in the Predicted Data Volume plot displays the actual individual sensor bit rates and the telemetry mode.

The next 3 plots display the predicted amount of data recieved from the individual sensor data types in bits per seconds.

The rest of the plots show the difference in rate between the actual data and the predicted.
Processing Products:
The processing products page lists the L0, L1a, kernels and browse products produced by the processing system. The columns are file type, file name, date, file size and the % complete of the supporting data file for the file type.